Improved optics for fluorescence and DIC observation are complemented with new imaging techniques for observation of cell morphology and functionality
A new range of inverted microscopes for observation of living cells has been introduced by Olympus.
The IX2 range is designed around a highly stable optical bench, with a wide open stage space fully accessible from front and sides.
Improved optics for fluorescence and DIC observation are complemented with new imaging techniques for observation of cell morphology as well as cell functionality.
Eight optical ports allow multiple components including laser light sources, filters or filter cubes, cameras and other detectors to be inserted freely along the light path. For demanding applications in bio-research, the IX71 provides the high performance optics, superior stability and multiple port flexibility required for system development.
A unique adapter allows the primary image to be taken simultaneously at two ports. Distribution of light to the eight optical ports can be tailored to specific customer requirements.
For maximum illumination intensity for narrow band fluorescence detection, a straight fluorescence condenser without aperture stop is available. Alternatively, an L-shaped condenser with aperture stop is also available.
It creates space at the back of the system for a camera, or even simultaneous attachment of a confocal system.
A six cube turret in addition to filter wheels maximises the flexibility for fluorescence work, including Fish or fluorescent antibody testing.
A choice of three prisms for differential interference contrast (DIC) allow the system to be optimised for every type of work - high contrast for thin specimens, high resolution for thick specimens, or normal DIC.
A new contrast technique - Olympus Relief Contrast (RC) - gives an adjustable three dimensional highlighting of relief features.
This simplifies the positioning of electrodes, micro-injectors and micro-manipulators, particularly valuable for ICSI and other IVF techniques.
For patch-clamping, a slim high NA DIC condenser with water immersion top lens features a 40deg access angle to give plenty of space for micromanipulators.
The condenser can also be used with dry or oil immersion top lens to ensure objective and DIC prism compatibility with the successful BX2 series.
In its basic format, the IX51 is a compact ergonomic design ideal for observation of living cells.
A variety of objectives compensate for spherical aberrations caused by viewing through glass and plastic.
Special C 10x objectives for phase contrast are offered to optimise the 'meniscus problem' while looking at microtiter plates, and different stage plates are available for containers such as roller bottles, petri dishes, and multiwell plates.
For rapid observation on routine specimens, 'centering free' phase contrast with a common phase ring for 10x, 20x and 40x minimises set-up and a tilting observation tube means the user can view the specimen while standing.
